Temperature fluctuation alters optimal predator community composition for anticipated biological control

HIGHLIGHTS

  • who: Amanda N. Laubmeier from the University of Amsterdam, Netherlands Department of Mathematics, University of Nebraska-Lincoln, Lincoln, NE, United States have published the research work: Temperature fluctuation alters optimal predator community composition for anticipated biological control, in the Journal: (JOURNAL)
  • what: Using an optimization approach, the authors determine which combinations of predators will best control the aphid pest. The model predictions are used to recommend management strategies, which foster the continued presence of the most optimal predator and augment the community with differently-sized predators that support pest control. Due to sensitivity of numerical . . .

     

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